基于机器学习的异常流量分类与检测技术研究
首发时间:2024-04-01
摘要:随着新兴技术如5G、物联网和区块链的快速发展,网络的规模和应用数量正以指数级增长,极大地改变了人们的生活。然而,这也伴随着日益复杂的网络安全威胁,传统网络架构的局限性导致了网络管理与安全维护的挑战。在此背景下,本研究聚焦于网络流量的识别分类及异常流量的检测技术,提出了一种结合深度包检测与机器学习的网络流量识别方法,来保证分类准确性和实时性,同时开发了一款基于1D CNN与LSTM相结合的异常流量检测算法,能够同时学习网络数据的空间和时序特性,充分发挥了CNN对数据进行空间特征的学习能力以及LSTM对数据的时序特征学习能力。这一算法在NSL-KDD数据集上的测试表明,其准确率达到98.052%,相比仅使用CNN或LSTM的方法分别提高了约15%和10%,有效地提升了网络流量管理和异常检测的性能。
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Research on abnormal traffic classification and detection technology based on machine learning
Abstract:With the rapid development of emerging technologies such as 5G, the Internet of Things and blockchain, the scale and number of applications of the network are growing exponentially, dramatically changing people\'s lives. However, this is accompanied by increasingly complex network security threats, and the limitations of traditional network architectures lead to challenges in network management and security maintenance. In this context, this research focuses on the identification and classification of network traffic and abnormal traffic detection technology, proposes a network traffic identification method combining deep packet detection and machine learning to ensure the classification accuracy and real-time, and develops an abnormal traffic detection algorithm based on the combination of 1D CNN and LSTM. It can learn the spatial and temporal characteristics of network data at the same time, giving full play to the ability of CNN to learn the spatial characteristics of data and the ability of LSTM to learn the temporal characteristics of data. The test of this algorithm on the NSL-KDD dataset shows that its accuracy rate reaches 98.052%, which is about 15% and 10% higher than that of only using CNN or LSTM, respectively, and effectively improves the performance of network traffic management and anomaly detection.
Keywords: Traffic classification Deep packet inspection Machine learning Abnormal traffic detection algorithm
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